Maintainer: ashawkey

Total Score


Last updated 5/17/2024


Model LinkView on HuggingFace
API SpecView on HuggingFace
Github LinkNo Github link provided
Paper LinkNo paper link provided

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Model overview

LGM is a 3D object generation model that can create high-resolution 3D objects from image or text inputs within 5 seconds. It is trained on a subset of the Objaverse dataset and uses Gaussian Splatting to generate the 3D content. Similar 3D generation models include LGM by camenduru and LCM_Dreamshaper_v7 by SimianLuo, which also aim to generate 3D content efficiently.

Model inputs and outputs

LGM takes either an image or text prompt as input and generates a high-resolution 3D object as output. The model was trained on a subset of the Objaverse dataset, a large-scale 3D object repository.


  • Image: The model can take an image as input and generate a 3D object based on its contents.
  • Text: The model can also accept a text prompt describing the desired 3D object, and generate it accordingly.


  • 3D Object: The primary output of the LGM model is a high-resolution 3D object. The generated 3D content can be used for a variety of applications, such as virtual environments, product design, and more.


LGM demonstrates the capability to generate high-quality 3D objects from both image and text inputs with impressive speed, producing the results within 5 seconds. This makes it a potentially valuable tool for 3D content creation workflows, where rapid iteration and prototyping are important.

What can I use it for?

The LGM model could be useful for a variety of 3D content creation tasks, such as:

  • Virtual environments: Generate 3D objects to populate virtual worlds, games, or metaverse applications.
  • Product design: Quickly iterate on 3D product designs based on image or text inputs.
  • Animation and visual effects: Incorporate the generated 3D objects into animated sequences or visual effects.
  • Architectural visualization: Create 3D models of buildings, furniture, and other architectural elements.

The model's fast inference time and ability to generate high-resolution 3D content make it a potentially powerful tool for these and other 3D-related applications.

Things to try

One interesting aspect of LGM is its use of Gaussian Splatting to generate the 3D objects. This technique could allow for the creation of highly detailed and realistic 3D content, while maintaining the model's fast inference speed. Exploring the visual quality and fidelity of the generated 3D objects, as well as experimenting with different input prompts, could lead to interesting results and applications.

Additionally, comparing the performance and capabilities of LGM to other 3D generation models, such as LGM and LCM_Dreamshaper_v7, could provide insights into the strengths and limitations of each approach.

This summary was produced with help from an AI and may contain inaccuracies - check out the links to read the original source documents!

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The lgm model is a Large Multi-View Gaussian Model for High-Resolution 3D Content Creation developed by camenduru. It is similar to other 3D content generation models like ml-mgie, instantmesh, and champ. These models aim to generate high-quality 3D content from text or image prompts. Model inputs and outputs The lgm model takes a text prompt, an input image, and a seed value as inputs. The text prompt is used to guide the generation of the 3D content, while the input image and seed value provide additional control over the output. Inputs Prompt**: A text prompt describing the desired 3D content Input Image**: An optional input image to guide the generation Seed**: An integer value to control the randomness of the output Outputs Output**: An array of URLs pointing to the generated 3D content Capabilities The lgm model can generate high-resolution 3D content from text prompts, with the ability to incorporate input images to guide the generation process. It is capable of producing diverse and detailed 3D models, making it a useful tool for 3D content creation workflows. What can I use it for? The lgm model can be utilized for a variety of 3D content creation tasks, such as generating 3D models for virtual environments, game assets, or architectural visualizations. By leveraging the text-to-3D capabilities of the model, users can quickly and easily create 3D content without the need for extensive 3D modeling expertise. Additionally, the ability to incorporate input images can be useful for tasks like 3D reconstruction or scene generation. Things to try Experiment with different text prompts to see the range of 3D content the lgm model can generate. Try incorporating various input images to guide the generation process and observe how the output changes. Additionally, explore the impact of adjusting the seed value to generate diverse variations of the same 3D content.

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